SASTRA 7th SEM SYLLABUS - EEE

 

The courses contents are one and the same of 2006-07 admitted students except the course codes and BEEDEE 501 – High Voltage Engineering is

SUBJECTS OF STUDY AND SYLLABI FOR

VII - SEMESTER 

B.TECH (EEE) PROGRAMME

(2007 admission and afterwards)

Department of Electrical & Electronics Engineering

Semester – 7

Course Code	Name of Course	Periods/Week			Credits
		L	T	P
BEECEE 701	Protection & Switchgear	3	1	-	4
BEECEE 702	Microcontrollers & applications	3	1	-	4
BEECEE 703	Generation, Operation and control	4	1	-	5
BEECEC 704	VLSI Design	3	1	-	4
Electives(Two out of eight)
BEEDEE 701	Electric Drives & Control	3	1	-	4
BEEDEE 702	Power Systems Economics	3	1	-	4
BEEDEE703	Microprocessor based system Design	3	1	-	4
BEEDME704	Power Plant Engineering	4	-	-	4
BEEDEE 705	Electrical Machines Design	3	1	-	4
BEEDEE 706	Flexible AC Transmission Systems	3	1	-	4
BEEDEE 707	Fuzzy Logic & Neural Networks	3	1	-	4
BEEDEE 708	Static and Numerical Relays	4	-	-	4
Laboratory
BEECEE 705	Microprocessor & Micro Controller Lab	-	-	3	2
BEECEE706	Advanced Electrical Engg.  Lab	-	-	3	2
		19/20	6	6	29

BEECEE 701 PROTECTION & SWITCHGEAR

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT-1                                                                                                         (15 PERIODS)

General philosophy of protection: Characteristic functions of protective relays - Basic relay elements and relay terminology.

Classification of relays: Electromagnetic attraction type and Electromagnetic induction type relays - Induction type non directional over current & earth fault relay –Directional relay - Induction type directional over current & earth fault relay - Under frequency relay and Negative sequence relay - Introduction to solid state relays and comparison with electromagnetic relays.

UNIT-II                                                                                                        (15 PERIODS)

Generator protection: Differential protection schemes - Current differential relay - Percentage differential relay - Voltage balance differential relay -Translay relay - Stator phase fault protection - Loss of excitation - Rotor faults - Numerical Problems.

Transformer protection: Over current protection - Buchholz relay- Factors affecting differential protection – Percentage differential protection  - Percentage differential relay with harmonic restraint - Numerical Problems

UNIT-III                                                                                                      (15 PERIODS)

Transmission line protection: Over current protection - Distance relays:-Impedance relay-Reactance relay - Mho relay - Characteristics - R-X diagram - Carrier current scheme for transmission line protection - Characteristics of fuse wires and HRC fuses - Lightning arresters.

UNIT-IV                                                                                                      (15 PERIODS)

Arcing phenomena: Theory and method of arc quenching - Circuit interruption in AC circuit breakers - Restriking voltage - Recovery voltage - Current chopping - Capacitive current breaking - Resistance switching - Circuit breaker rating - Numerical Problems.

Classification of circuit breakers: Construction & operation of circuit breakers: - Oil circuit breakers - Minimum oil circuit breakers - Air blast circuit breakers – SF6 circuit breakers - Vacuum circuit breakers - Miniature moulded case circuit breakers.

Text Books:

1. Soni Guptha & Bhatnagar, “Elements of Power systems”, Dhanpat Rai sons 1989
2. Sunil S Rao, “Switchgear,Protection and Power systems”, Khanna Publihers,New Delhi   1998

References:

1. Badri Ram & D.N. Viswakarma, “Power system Protection and Switch gear”, Tata McGraw Hill Publishing Co.,Ltd.,new Delhi 1999
2. C.L.Wadhwa, “Electrical power systems”, New Age international (P) Ltd., publishers 2002.
3. Y.G.Paithankar and S.R. Bhide “Fundamentals of power system protection”, Prentice Hall of India,2003

BEECEE 702   MICROCONTROLLERS & APPLICATIONS

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT 1                                                                                                            12 periods 

8051  Microcontroller   General Introduction to Microcontroller and Embedded Systems – Comparision with general purpose Microprocessor  -  Features of Embedded Systems –   Internal Block Diagram of 8051 Microcontroller - On-chip serial and parallel  ports - - Overview of 8051 family -  8052 and 8031 chips – Atmel 59C51 Microcontroller.

8051 Registers: Register bank – PC, DPTR and PSW registers – RAM memory – ROM memory  - Stack - Memory map –  SFR Registers and their addresses -Addressing methods -  Immediate, Register, Direct,  Indirect and  Indexed addressing

UNIT 2                                                                                                               18 periods

Programming of 8051:          8051 Assembly Programming – Structure of Assembly language - Steps to create and run an assembly program – Data types and Assembler directives – Data Transfer instructions – Arithmetic instructions – Stack related instructions – PUSH and POP commands.

Jump, Loop and Call instructions: - Programs using these instructions – Subroutines – RET and RET1 instructions. Simple assembly language programs using above instructions-flow charts.

 

I/O Port Programming: Pin description of 8051 – Multiplexing at Port 0 - Port 1 as input/output   Dual role of Port 2 - Use of Port 3 pins for serial communication and interrupts Single bit accessibility of ports.

 UNIT 3                                                                                                             15 periods

Counter-Timer Programming of 8051:   Programming of 8051 timers – Timer 0 and Timer 1 registers - Mode 1 and Mode 2 programming steps – Calculations for specific delay and frequency – simple programs – Programming as event counter – simple programs for event counting.

8051 Serial Communication: Basics of serial communication – Half and full duplex transmission -  Asynchronous serial communication – data framing – data transfer rate – RS 232 standards -  Pins and signals of DB-9 connector – 8051 connection to RS 232 -  Max 232 and 233 chips – 8051 registers for serial communication – Programming of 8051 for serial communication – simple programs.

UNIT 4                                                                                                            15 periods  

Applications   of 8051:   Introduction to Interrupt Programming - Interrupts Vs polling – Interrupts of 8051 – Enabling and disabling of interrupts – Interrupt pins INT 0 and INT 1 – Level and edge triggered interrupts – Use of interrupt for Timer programming – simple program for the same.

Interfacing of 8051: Interfacing   ADC 0804 chip and DAC chip 0808 – Interfacing LM 34 temperature sensor, Matrix Keyboard   and Stepper Motor. (Hardware circuits only)

Text Book:

1  M.A. Mazidi  & Janice Gillispie Mazidi  :  The 8051 Microcontroller and Embedded  

    Systems, Pearson Education Inc., 2000.

References:

1. B. Ram : Fundamentals of Microprocessor and Microcontroller,  4^th revised edition.

    Dhanpat Rai & Sons, New Delhi, 1996 

2  Kenneth J Ayala :8051 Microcontroller, Architecture, Programming & Applications,

    Penram International Publishing Co, 2000 

3. Rajiv  Kapadia :  8051 Microcontroller and Embedded Systems, Jaico Publishing

    House, Delhi, 2004

4. Krishna Kant :  Microprocessor & Microcontroller Architecture, Programming and

    System Design – 8085, 8086, 8051 and 8096, Prentice Hall, India, 2007.

BEECEE 703 GENERATION, OPERATIOIN AND CONTROL

Credits                       : 5

Lecture period/week: 4

Tutorial period/week: 1

UNIT – 1                                                                                                    (20 PERIODS)

Commercial sources of energy: Layout and working of steam, diesel, nuclear and hydro power stations – Types of hydro power stations – comparison of different power stations – Non conventional Energy Sources of energy – layout and working of , Wind Energy Conversion System (WECS), Solar Pond, Central receiver and tidal power plant.

UNIT – 2                                                                                                   (15 PERIODS)

Economic consideration: Choice of power plants – hydro, thermal and nuclear plants – cost of generation – production cost – plant cost - factors  affecting cost of operation units – Number and size of generating units – Tariffs – desirable characteristics of a tariff – types of tariff

UNIT – 3                                                                                                    (20 PERIODS)

Flat frequency control: Real power balance for load changes – interconnected operation – Flat frequency control of interconnected stations – Flat tie-line and flat frequency control –Tie-line bias control

Load frequency control of single area systems: Speed governing system– turbine generator response – static performance of speed governor – Concept of control area – static response of primary ALFC loop and dynamic response of ALFC loop

UNIT - 4                                                                                                     (20 PERIODS)

Excitation and Var Compensation: Automatic Voltage Regulator (AVR) – Static and Dynamic performance of AVR loop - Reactive power control to improve voltage profile – system voltage and reactive power – reactive power generation by synchronous machine – tap changing transformers – Static Var Compensation – over voltage on sudden loss of load – voltage dips –Sub synchronous resonance

Text Books:

1. A.J.Wood and Wollenberg, Power Generation Operation and Control, John Willy Publications, 2^nd ed, 1996
2. Soni Gupta Bhatnagar, “Elements of Power System” Dhanpat Rai Sons, 1998.

References:

1. P.S. Murthy, “Power System Operation and Control”, Tata McGraw Hill, First Edition, 1984
2. Olle.L.Elgerd, “Electric Energy System theory- An introduction”, Tata McGraw Hill, 2^nd ed, 1985.
3. G.D.Rai “ Non Conventional sources of Energy” Khanna Publishers, Fourth Edition, 1997
4. C.L.Wadhwa “Electrical Power systems” New Age International (P) Limited, Pub lishers. Third Edition, 2006.

BEECEC 704 VLSI   DESIGN

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT 1                                                                                                        (15 PERIODS)

CMOS Processing Technologies: Introduction to Integrated circuit Technology – Basic MOS transistors – Enhancement mode, depletion mode – Basic properties of CMOS – Review of fabrication of FET, transistor, monolithic diodes, Capacitors and resistors. Basic CMOS technology n well process, p-well process, twin tub

UNIT II                                                                                                     (15 PERIODS)

Inverter: CMOS inverter – dc characteristics, dynamic characteristics – Analytic delay model, CMOS - Gate transistor design, Power dissipation, Noise margin, Parasitic capacitance, design rules Lamda based rule CMOS logic gate design, = CMOS NAND and NOR, fan in, fan out- CMOS logic structures – CMOS  complementary logic, Transmission gates – BiCMOS logic, Pseudo n-MOS logic – Dynamic CMOS logic-Clocked CMOS logic-pass transistor logic =CMOS domino logic = clocking strategies latches and registers, two phase clocking.

UNIT III                                                                                                  (15 PERIODS)

CMOS Subsystem Design: Single bit adder – Transmission gate adder  Carry look ahead adder – carry select adders - carry by pass adders – mirror adder, Array multiplication Wallace tree multiplication, RAM, ROM, PLA control implementation, Decoders – shifters, PAL.

UNIT IV                                                                                                  (15 PERIODS)

Design Methodology & Submicron Technology: Introduction - Ground rules for successful design-  Design Rule checkers (DRC)- Simulators – Introduction to Gallium arsenide Technology – Technology development- GaAs devices Introduction to MESFET V I characteristics of MOSFET – MOSFET as inverter.

Text Book:

1. Dougles A. Pucknell & Kamran Eshraghian, “Basic VLSI design”, third edition 

    Prentice hall of India Ltd, 1995.

References:

1. JAN. M. Rabaey, “Digital Integrated circuits A design perspective”, Practice Hall of

    India, 3^rd edition, 2001

2. A. Neil H.E. Weste, Kamran Eshraghian “Principles of CMOS VLSI design, a system 

    perspective, Second edition, Pearson education 2004.

BEEDEE 701 ELECTRICAL DRIVES AND CONTROL

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT-1                                                                                                  (18 PERIODS)

Characteristics of Electric Drives:  Speed-torque characteristics of various types of loads and drive motors - coupled speed - torque characteristics – different techniques of speed control and methods of braking of series and separately excited DC motors.

DC Drives :  Ward-Leonard scheme - drawbacks - thyristor converter fed dc drives -  one, two and four quadrant operations - chopper fed dc drives – TRC, CLC control strategy - one, two and four quadrant operations - effect of ripples on the dc motor performance.

UNIT-2                                                                                                    (16 PERIODS)

Three phase Induction Motor Drives:  Speed control of 3 phase induction motor - stator control - stator voltage, frequency control - AC voltage controller, inverter and cycloconverter fed induction motor drives.

Rotor control: Rotor resistance control and slip power recovery systems - static control of rotor resistance using DC chopper, static Kramer and Scherbius drives – Dynamic and regenerative braking of CSI and VSI drive.

UNIT-3                                                                                                      (16 PERIODS)

Three phase Synchronous Motor Control:  Speed control of three phase synchronous motors - types of control - VSI and CSI fed synchronous motors - commutatorless dc motors - brushless dc and ac motors – cycloconverter fed synchronous motors - Effect of harmonics on ac motor performance.

UNIT-4                                                                                                     (10 PERIODS)

Concept of closed loop control: Speed loop, current loop, armature current reversal and field current reversal

Digital Control and Drive applications:  Digital techniques in speed control - advantages and limitations - microprocessor based control of dc and ac drives -Selection of drives and control schemes for steel rolling mills, paper mills, textile mills, lifts and cranes.

Text Book:

1.               V.Subramanyam, Electric Drives - Concepts and Applications, Tata McGraw Hill 1999.

References:

1.        P.C.Sen, Thyristor DC Drivers, John Wiley & Sons, New York 1981.

2.               B.K.Bose, Power Electronics and AC Drives, Prentice Hall, 1986.

3.               Shephered.W and Hulley, L.N ` Power Electronics & Motor control, Cambridge University Press, 1987

4.               S.K.Pillai, A First Course on Electrical Drives, New Age Publishers 1989.

5.               Gopal K.Dubey, Fundamentals of Electric Drives, Narosa Publishers 1995.

BEEDEE 702 POWER SYSTEM ECONOMICS

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT 1                                                                                                      (15 PERIODS)

Generation Scheduling (Thermal System): Introduction – Characteristics and operation of steam plants – Input/Output curve – Incremental fuel rate – Economic dispatch problem – Optimum generation scheduling without transmission losses – Optimum generation scheduling with transmission losses – Lambda-iteration method – Two-generation system.

UNIT 2                                                                                                       (15 PERIODS)

Economic Operation: Transmission system effect – B_mn Coefficient – Loss formula calculation – Coordination equation of generation among ‘n’ power plants - Incremental losses – Penalty factor – Base point and Participation factor method – Loss minimization by reactive power control – Active and reactive power optimization – Automatic load dispatch.

UNIT 3                                                                                                     (15 PERIODS)

Unit Commitment: Introduction – Constraints in unit commitment – Spinning reserve – Thermal unit constraints – Other constraints – Solution using priority list method – Dynamic programming method – Forward DP approach – Backward DP approach – Lagrangian relaxation method – Adjusting l (Incremental cost)

UNIT 4                                                                                                        (15 PERIODS)

Hydro-Thermal Scheduling: Long range hydro scheduling – Short range hydro scheduling – Hydro electric plant model – Scheduling problem – The short term hydrothermal scheduling problem – Hydro units in series – Pumped storage hydro scheduling with l-g iteration – Dynamic programming solution to the hydro thermal scheduling problem.

Text Books:

1. Kirchmayer. L. K - “Economic Operation of Power System”, John Wiley and Sons, New York 1993
2. Allen J.Wood and Bruce F. Wollenberg - “Power generation, Operation and Control”, John Wiley and Sons, New York 1996.

References:

1. B. R. Gupta - “Generation of Electrical Energy”, Eurasia Publishing house Pvt. Ltd., New Delhi 2001.
2. C. L. Wadhwa – “Electrical Power System”, New Age International (P) Ltd, New Delhi 2002.
3. D. P. Kothari and J. S. Dhillon – “Power System Optimization”, Prentice Hall of India Pvt. Ltd., New Delhi 2004.

BEEDEE 703 MICROPROCESSOR BASED SYSTEM DESIGN

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT 1                                                                                                       (15 PERIODS)             

Review of Intel 8086/8088 architecture: Software model and memory address space. – Review of Segment, Data, Pointer, Index, Stack and Flag Registers - Segmentation – its advantages and disadvantages.  Generation of Memory address –  8088 pinout diagram.- Minimum and Maximum modes. And the corresponding pin descriptions - Block diagram of external memory addressing scheme - Bus cycles - Timing diagram for minimum mode memory read and write cycles -   Address decoding and memory system design in minimum mode. Memory map.                           

UNIT 2                                                                                                      (15 PERIODS)     

8088 Programming: Programming model – Operand types – Addressing modes -  Immediate, Register, Direct, Register indirect, Indexed and Relative addressing modes    - Instruction  format - Instruction set – Data transfer,  Arithmetic,  Logical, Branch  and Control groups – Overview of the instructions and developing  simple assembly level programs.  - Assembler directives.

UNIT  3                                                                                                       (15 PERIODS)                      8088 Interfacing: I/O interfacing – Isolated and Memory mapped interfacing – Input-Output instructions -  I/O bus cycle in minimum mode – I/O  read and write cycles – General ideas for Interfacing of Keyboard and Display with 8088 – Flowchart -  Block diagram of Intel 8279 KB and Display Controller -  Block schematic of KB and display interface with 8088 using 8279.

UNIT 4                                                                                                       (15 PERIODS)                           

Interrupts in 8088: Interrupt pins -Interrupt acknowledge timing diagram  - 8259 PIC  Functional block diagram – interfacing of 8259 with 8088 processor  -  Block diagram of 8257 DMA controller and its interface with 8088.

Application of 8088 for phase angle control of single phase and 3-phase bridge rectifiers using 8255 PPI and 8253 PIT I.C.’s. – Application to DC chopper control Application to PWM inverters – control of frequency and voltage -. Flow charts for the above

Case studies - Application of 8088 to Mining flood control problem - Application to Turbine Monitoring problem – Flow charts for the above.

Text Book:

1.  Walter A. Tiebel and Avtar Singh: The 8088 and 8086 Microprocessors Progra- 

     mming, Interfacing, Software, Hardware and Applications – Prentice Hall, India New

     Delhi, 1995.

 References:                                

2.  A.K. Roy and K.M. Bhurchandi : Advanced Microprocessors and Peripherals 

     Architectur, Programming and Peripherals, McGraw Hill, New Delhi, 2003

2.  Krishna Kant: Microprocessors and Microcontrollers – Architecture, Programming 

     and System Design, Prentice Hall, India, 2007.

BEEDME 704 POWER PLANT ENGINEERING

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT-1                                                                                                   (15 PERIODS)

Steam power plant: Layout – components – fuel systems – coal and oil – furnaces  types - gas firing – fluidized bed combustion – boilers – types  - high pressure and supercritical boilers – ash handling – fuel handling – dust collectors – types – air pre heaters – economizers – superheaters – reheaters – condensers – cooling towers -  draught systems – feed water treatment – cogeneration – different types – advantages. (Qualitative treatment only).  

UNIT-2                                                                                                     (15 PERIODS)

Nuclear Plants: Chain reactions – neutron energies – neutron cross-section – nuclear reactors – types – components – moderators – fuel rods – control rods – radiation – shield – types of nuclear plants Gas turbine power plants – types – components – applications – combined cycle power generation – types – advantages.

Diesel engine power plants: Layouts – components – different systems – selection engines – applications (Qualitative treatment only).

UNIT-3                                                                                                     (15 PERIODS)

Hydroelectric power plants: Layouts – selection of hydraulic turbines – types of hydel plants – applications.

Solar energy: Types of solar power plants – layouts – components – applications – limitations.

Wind energy: Wind mills – types – components – wind farming  - applications – limitations.

Other Types: Fuel cell power plants – Tidal power plants - geothermal power plants (Qualitative treatment only).

UNIT-4                                                                                                       (15 PERIODS)

Power plant economics: Load curve – capacity curve heat rate – plant load factor capacity factor – various costs – cost of power generation – tariffs – comparison of the economics of different power plants – simple problems.

Pollution: Particulate emission – gasening emission     - thermal pollution – pollutants from various power plants – mitigation – nuclear wastes – nuclear radiation hazards – measurements – nuclear waste disposal – methods – nuclear fuel reprocessing.

Text Book:

1.      P.K.Nag ‘Power Plant Engineering – Steam and Nuclear’ Tata McGraw Hill, 2^nd edition2002.

            References:

      1.   G.D.Rai ‘ An Introduction to Power Plant Technology’ Khanna Publishers, 

            1996.

2.      S.P.Sukhatme ‘ Solar Energy’ Tata McGraw Hill, 2^nd Edition 1996.

3.      M.M.El. Wakil ‘Power Plant Technology’ McGraw Hill, 1998.

4.      G.R.Nagpal ‘ Power Plant Engineering’ Khanna Publishers 1998.

5.      S.Dhomkundwar ‘Power Plant Engineering’ Khanna Publishers, 2000.

6.      A.W.Clulp Jr. ‘Principles of Energy Conversion’ McGraw Hill, 2^nd Edition 2001.

BEEDEE 705 ELECTRICAL MACHINE DESIGN

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT-1                                                                                                  (15 PERIODS)

Basic Considerations:  Constructional elements of transformers and rotating machines - classification of design problems - general design procedure - standard specifications - output coefficient - choice of specific electric and magnetic loading - separation of D and L of rotating machines.

UNIT-2                                                                                                  (18 PERIODS)

Transformers:  Specific loadings - Output equation - design of core and coils - leading dimensions - design of tank and cooling tubes - no load current of single phase and 3 phase transformers - leakage reactance - equivalent circuit - design example - heating, cooling and temperature rise calculations.

D.C.Machines:  Specific loadings - output equation - output coefficient - choice of speed and number of poles - main dimensions - design of conductors, slots and windings - airgap - Carter's coefficient - real and apparent flux density - design of field winding - design of commutator and brushes - design example.

UNIT-3                                                                                                (15 PERIODS)

Induction Motors:  Output equation - choice of specific loading - main dimensions - stator and rotor slot arrangements - leakage reactance calculations - airgap length - rotor bar and end ring currents - equivalent reactance of cage rotor - calculation of equivalent circuit parameters and magnetising current from design data - design example.

UNIT-4                                                                                        (12 PERIODS)

Alternators:  Output equation - choice of specific electric and magnetic loadings - main dimensions of salient pole machines - shape of pole face - turns per phase - number of slots - slot dimensions - design of rotor poles - design of field windings - damper winding layout.  Turbo alternators - main dimensions - length of airgap - design of stator slots - rotor number of turns and exciting current.  O.C.C and regulation from design data.  Design example.

Text Book:

1.      Sawheny A.K, Electrical Machine Design, Dhanpat Rai & Sons, Delhi, fourth 

         edition, 1984.

References:

1.            Clayton, Performance & Design of DC Machines, (CBS) 1958.

2.            Say M.G, Performance & Design of AC machines, (CBS) 1958.

3.            Mittle V.N., Mittle A., Design of Electrical Machines, Standard Publishers and 

         Distributers, 4^th edition, 1998.

BEEDEE 706 FLEXIBLE AC TRANSMISSION SYSTEMS

Credits                       : 4

Lecture period/week: 3

Tutorial period/week: 1

UNIT: 1                                                                                                     (15 PERIODS)

FACTS concepts: Basic types of FACTS controllers – benefits from FACTS technology – Basic of Voltage sourced Converters – single phase and three phase bridges converter operation – PWM Converter and Basic Concept of Current sourced Converters with and without gate turnoff – Comparison of HVDC and FACTS.

UNIT: 2                                                                                                     (15 PERIODS)

Shunt Compensation: Objectives of Shunt Compensation- Methods of Controllable Var Generation – Static Var compensators – SVC, STATCOM- Compensator Control – Comparison between SVC & STATCOM

UNIT: 3                                                                                                     (15 PERIODS)

Series Compensation: Objectives of Series Compensation-Variable Impedance type series compensators – GCSC, TSSC and TCSC – basic control schemes – Switching converter type Series compensators: SSSC – P-d characteristics – Control range – internal and external control.

UNIT: 4                                                                                                      (15 PERIODS)

Combined Compensators: Introduction – Unified Power Flow Controller (UPFC) – Operating principles, conventional transmission control capabilities, independent real and reactive power flow control, control structure – Interline Power Flow Controller (IPFC) - operating principles, characteristics and control structure.

Text Book:

1.      N.G. Hingorani, L. Gyugyi, “Understanding FACTS – Concepts and Technology of Flexible AC Transmission Systems”, IEEE Power Engineering Society, 2001

References:

1.   P.Kundur, “Power System Stability and Control “, McGraw Hill,1994

2.      Y.-H. Song and A.T. Johns, “Flexible A.C. Transmission Systems (FACTS)”, IEE Book series, 1999.

3.      J. Arrillaga and N.R. Watson, “ Computer modeling of Electric Power Systems”, John Wiley & sons, 2001.

                                      

BEEDEE 707 FUZZY LOGIC AND NEURAL NETWORKS

 Credits                       : 4

 Lecture period/week: 3

 Tutorial period/week: 1

UNIT-1                                                                                                  (15 PERIODS)                                                                                                                                                  

 Introduction to Artificial Neural Systems (ANS): Single Neuron Physiology - Synaptic Junction - Neural  Circuits and computation – Supervised and unsupervised learning-Network learning rules--concept of training and generalization- the perception and linear separable functions- Multilayer feed forward networks- Back propagation algorithm

UNIT-2                                                                                                  (15PERIODS)                                                                                                                                           

Introduction to optimization: Gradient descent and random search- recurrent neural networks – Hopfield Neural networks and Boltzmann machine – Competitive learning – Simple competitive networks – Kohonen’s self organizing networks

UNIT-3                                                                                                   (15PERIODS)                                                                                                                                       

 Fuzzy sets: Fuzzy set Operations - Properties of Fuzzy sets - Cardinality of     Fuzzy Relations - Operations of Fuzzy Relations - Properties of Fuzzy Relations -  Value assignments - Cosine Amplitude - Max-Min Method - Other similar methods - Membership functions -- Standard Forms and Boundaries - Fuzzification - Membership Value Assignment

UNIT-4                                                                                                     (15PERIODS)                                                                                                                                     

Fuzzy to crisp conversions: λ cuts for Fuzzy sets - λ cuts for Fuzzy relations - Defuzzification methods - Extension Principles - Functions of Fuzzy Sets – Fuzzy numbers –fuzzy transforms- Fuzzy vectors -  Fuzzy rule based system –  fuzzy controllers – an over view- an example.

Text Books:

1.      Timothy J.Rose “Fuzzy Logic with Engineering Applications”, McGraw Hill Inc., 1995.

2.       J.A.Zurada, “Introduction to Artificial Neural Systems” Jaico Books, 1999.

References:

1.  Bose N.K. and Liang.P, “Neural network fundamentals with graphs, Algorithms and   

     Applications”, Tata Mc Graw Hill, New Delhi, 1996.

2.   B.Yegnanarayana, “Artificial Neural networks”, Prentice Hall of India, 1999.

3.   George j. Klir/Bo Yuan “Fuzzy sets and fuzzy logic-theory and applications”

      Prentice hall of India., 2001.

4.  Stanishlaw H. Zah, “Systems and Control”, Oxford University Press, 2003. 

BEEDEE 708 STATIC AND NUMERICAL RELAYS

Credits                       : 4

Lecture period/week: 4

UNIT – 1                                                                                                    (15 PERIODS)

Philosophy of power system protection and its requirements – Basic  construction of static relays – conventional Vs static relays – generalized  characteristics and operational equations of relays – Complete  Electronic protective  relays – Complete  system of protection – Characteristic function of protective relays.

UNIT – 2                                                                                                    (15 PERIODS)

Comparators and associated elements – Phase and Amplitude comparator – Different types of comparator – Threshold characteristics of amplitude and phase comparator – Duality between phase and Amplitude comparator.

UNIT – 3                                                                                                   (15 PERIODS)

Static over current relays- differential relays – Distance relays – Single and Polyphase differential protection – directional relay – carrier current protection scheme.

UNIT – 4                                                                                                   (15 PERIODS)

Microprocessor based relays – Multistage frequency relay – Under frequency relays with decay rate compensation – Measurement of power system signals through phase locked loop interface – protection of Alternator against loss of excitation – microprocessor based implementation of directional and impedance relay.

Text Books:

1. T.S. Madhava Rao, Power system Protection, Static Relays, Tata McGraw Hill, second edition, 1980.
2. Badriram and D.N. Vishwakarma, Power System Protection and Switch Gear, Tata McGraw Hill, 2001.

References:

1. C.L. Wadhwa, Electrical Power Systems, New Age International (p) Ltd, fourth edition, 2006.

BEECEE 705 MICROPROCESSOR & MICROCONTROLLER LAB

Credits                     : 2

No. of Periods/week: 3

1.    Programs using Data Transfer Instructions (8085)

2     Programs using Arithmetic Instructions (8085)

3     Programs using Logical and Branch Instructions (8085)

4     Programs using interrupts in 8085

5     Code conversion Programs using 8085

6     Measurement of Voltage, Current and Power using 8085

7     Assembling and Execution of 8051 Programs in 

          a)   Stand alone mode   b)   Serial Mode with PC

8      Multiplication & Division and sorting using 8051

9     Generation of square, triangular and ramp waveforms using DAC in 8051

10   Stepper Motor control using 8051

11   Measurement of frequency and phase angle using 8051

12    Programming the Timer of 8051 for baud rate

13    8051 SBC Evaluation Board (SBC)

14    Development of C language program in SBC Evaluation Board

BEECEE 706 ADVANCED ELECTRICAL ENGINEERING LAB

Credits                     : 2

No. of Periods/week: 3

1. Transformer oil Testing
2. High voltage impulse with stand test
3. Measurement of high voltage AC & DC
4. Real power, Reactive power, Apparent Power and power factor measurement using power quality analyzer.
5. Harmonic measurement using power quality analyzer.
6. Y-Bus formation using MAT Lab.
7. Z-Bus formation using MAT Lab.
8. Load flow study using PSCAD, DAPPER, ETAP software
9. short circuit study using PSCAD, DAPPER, ETAP software

10. Mat lab simulation in Electrical Circuits (RL, RC, and RLC)

11. Mat lab simulation (Load frequency Control)

12. Mat lab coding (Four control system experiments)

13. Power system Generator protection experiment

14. Power System Transformer protection experiment

Any twelve experiments only.

SUBJECTS OF STUDY AND SYLLABI FOR

VIII - SEMESTER 

B.TECH (EEE) PROGRAMME

(2007 admission and afterwards)

Department of Electrical & Electronics Engineering

Semester – 8

Course Code	Name of Course	Periods/Week			Credits
		L	T	P
**Open Electives –Four Courses to be chosen from a common pool of  Open Electives offered by various depts.
Oxxxxx	Open Electives				4 x 3 = 12
Project work
BEECEE 8O1	Project & Seminar				09
					09 to 21

 

BEECEE 801 PROJECT AND SEMINAR

CREDITS: 09

A group of not more than 3 students is expected to take up a project guided by a faculty member and approved by the concerned HOD/DOS. They can work in the department/school or in an industry/organization or partly in the industry and partly in the department.  There will be an internal guide in all cases.  In case the candidates take up the project work in an industry, there will also be an external guide.  The topic may be in the nature of design and fabrication/fabrication and testing/software development/theoretical investigation and simulation in the broad area of electrical engineering.  The candidates should appear for three reviews during the VIII semester.  During the reviews they should give presentations about the area or topic of their project, progress of their   project and final status of their project. On completion of the project the students should submit the completed project report which will be evaluated by the academy.

Evaluation Pattern

 3 Reviews                                                      --  30 marks

 Internal Examiner (Viva Voce)                      -- 20 marks

 External Examiner (Viva Voce)                     -- 20 marks

External Examiner (Project evaluation)          -- 30 marks

                                            Total                   -- 100 marks